Sentence examples for understand the adaptation of from inspiring English sources

To better understand the adaptation of B. dorsalis to different environments and also provide more natural molecules with potential for designing effective antibiotics applied in medicine and agriculture (Yi et al. 2014), it is worthy to identify more AMPs and analyze the immune response challenged by the immune triggers in B. dorsalis.

We are now trying to characterize which new molecules may be transported by Xcc TBDRs, to better understand the adaptation of this pathogen to host plants.

The analysis of the function and evolution of TBDRs in these phyla will certainly help us to better understand the adaptation of bacteria to their environment.

FBA is a powerful tool to understand the adaptation of metabolism on a genomic scale.

Genomic features of X. albilineans strain GPE PC73 were also analyzed to better understand the adaptation of X. albilineans to the nutrient-poor xylem elements within xylem vessels.

These changes in digestive strategies related to species evolution (natural or dependent on human intervention) could be a suitable approach to better understand the adaptation of digestive tract development and its regulation.

The F1SBPs in B. infantis might be important to understand the adaptations of this microorganism to the infant gut, as well as the range of oligosaccharides it is able to import into the cell and use as a carbon source.

The M. tardigradum transcriptome is newly generated as a part of a general effort (www.funcrypta.de) to understand the adaptation and physiology of M. tardigradum.

To better understand the adaptation, we examined the fitness of AKS2 cells in biofilm.

Such bow-tie framework reflects the utilization efficiency of the regulatory system as well as its high variability in different tissues, and could serve as the model to further understand the structural adaptation of the regulatory system to the specific requirements of different cell functions.

The aim of this work was to exploit the potential of a multi-level study integrating transcriptomic, proteomic and metabolic flux analyses as a powerful tool to comprehensively understand the physiological adaptation of P. pastoris to oxygen availability, as well as unravelling potentially distinct features of such adaptation as described for S. cerevisiae.